全球咨询热线
手机端
377LB5C1250T|CTS|125M|LVDS|25PPM|7050
频率：125MHZ
尺寸：7050mm
377LB5C1250T|CTS|125M|LVDS|25PPM|7050，美国CTS晶振公司,差分晶振,陶瓷表面安装封装，超低相位抖动性能，高频基本晶体设计，频率范围100-250MHz*，+2.5V或+3.3V操作，输出使标准，磁带和卷轴包装，EIA-418，小区，无线通信，宽带接入，SONET/SDH/DWDM，基站，以太网/GbE/SyncE，数字视频，测试和测量，CTS377型是一款低成本、小尺寸、高性能的VCXO。M377采用最新的IC技术，再加上高频基晶，具有优异的稳定性和低抖动/相位噪声性能。
377LB5C1250T|CTS|125M|LVDS|25PPM|7050，美国CTS晶振公司,差分晶振,陶瓷表面安装封装，超低相位抖动性能，高频基本晶体设计，频率范围100-250MHz*，+2.5V或+3.3V操作，输出使标准，磁带和卷轴包装，EIA-418，小区，无线通信，宽带接入，SONET/SDH/DWDM，基站，以太网/GbE/SyncE，数字视频，测试和测量，CTS377型是一款低成本、小尺寸、高性能的VCXO。M377采用最新的IC技术，再加上高频基晶，具有优异的稳定性和低抖动/相位噪声性能。
377LB5C1250T|CTS|125M|LVDS|25PPM|7050
参数
标志
环境
最小值
典型的
最大值
单位
最大电源电压
VCC
-
-0 .3
-
5.0
V
最大控制电压
VC
-
-0 .5
-
VCC
V
电源电压
VCC
±5%
3.14
2.38
3.3
2.5
3.47
2.63
V
源电流
ICC
LVDS Load
-
20
55
mA
输出负载
RL
Between Outputs
-
100
-
Ohms
工作温度
TA
-
-20
-40
+25
+70
+85
°C
储存温度
TSTG
-
--40
-
+100
°C
频率
O
-
100 - 250
MHz
频率容差
Δf/fO
±25ppm stability, -20°C to +70°C only
25, 30 or 50
±ppm
绝对拉力范围
APR
APR
Frequencies <200MHz
Frequencies ≥200MHz
50
30
-
-
-
-
±ppm
±ppm
老化
Δf/f25
First Year @ +25°C, nominal VCC and VC
--3
-
3
ppm
输出类型
-
-
LVDS
-
输出电压水平
VOH
VOL
LVDS Load
LVDS Load
-
0.90
1.43
1.10
1.60
-
V
差分输出电压
VOD
RL = 100 Ohms
247
350
454
mV
偏移电压
VOS
RL = 100 Ohms
1.125
1.25
1.375
V
输出占空比
SYM
@ 1 .25V
45
-
55
%
上升和下降时间
TR, TF
@ 20%/80% Levels
-
0.4
1.0
ns
启动时间
TS
Application of VCC
-
5
10
ms
相位抖动,RMS
tjrms
Bandwidth 12kHz - 20MHz
-
70
200
fs
相位噪音
-
See Typical Plots
-
-
-
-
控制电压
VC
VCC = +3 .3V
VCC = +2 .5V
0.00
0.25
1.65
1.25
3.30
2.25
V
V
频率差异
Δf/fO
VC = 0 .0V
- 155 to -75
VC = +3 .3V
75 to 155
ppm
VC = 0 .0V
- 140 to -50
VC = +2 .5V
50 to 140
ppm
线性
L
Best Straight Line Fit
-
5
10
%
增益转移
KV
Pull Sensitivity; @ +1 .65V, +25°C
Pull Sensitivity; @ +1 .25V, +25°C
-
-
75
75
-
-
ppm/V
ppm/V
输入阻抗
ZVc
-
10
-
-
MOhms
调制卷取
-
@ -3dB
20
-
-
kHz
377LB5C1250T|CTS|125M|LVDS|25PPM|7050
| CTS原厂代码 | 生产商品牌 | 型号 | 类型 | 频率 | 输出 | 电压 |
| 377LB3C1228T | CTS-Frequency Controls | 377 | VCXO | 122.88MHz | LVDS | 3.3V |
| 377NB3C1228T | CTS-Frequency Controls | 377 | VCXO | 122.88MHz | LVDS | 2.5V |
| 377LB3I1228T | CTS-Frequency Controls | 377 | VCXO | 122.88MHz | LVDS | 3.3V |
| 377NB3I1228T | CTS-Frequency Controls | 377 | VCXO | 122.88MHz | LVDS | 2.5V |
| 377LB5C1000T | CTS-Frequency Controls | 377 | VCXO | 100MHz | LVDS | 3.3V |
| 377NB5C1000T | CTS-Frequency Controls | 377 | VCXO | 100MHz | LVDS | 2.5V |
| 377LB5I1000T | CTS-Frequency Controls | 377 | VCXO | 100MHz | LVDS | 3.3V |
| 377LB6C1000T | CTS-Frequency Controls | 377 | VCXO | 100MHz | LVDS | 3.3V |
| 377NB5I1000T | CTS-Frequency Controls | 377 | VCXO | 100MHz | LVDS | 2.5V |
| 377NB6C1000T | CTS-Frequency Controls | 377 | VCXO | 100MHz | LVDS | 2.5V |
| 377LB5C1228T | CTS-Frequency Controls | 377 | VCXO | 122.88MHz | LVDS | 3.3V |
| 377NB5C1228T | CTS-Frequency Controls | 377 | VCXO | 122.88MHz | LVDS | 2.5V |
| 377LB5C1250T | CTS-Frequency Controls | 377 | VCXO | 125MHz | LVDS | 3.3V |
| 377LB5I1228T | CTS-Frequency Controls | 377 | VCXO | 122.88MHz | LVDS | 3.3V |
| 377LB6C1228T | CTS-Frequency Controls | 377 | VCXO | 122.88MHz | LVDS | 3.3V |
| 377NB5C1250T | CTS-Frequency Controls | 377 | VCXO | 125MHz | LVDS | 2.5V |
| 377NB5I1228T | CTS-Frequency Controls | 377 | VCXO | 122.88MHz | LVDS | 2.5V |
| 377NB6C1228T | CTS-Frequency Controls | 377 | VCXO | 122.88MHz | LVDS | 2.5V |
| 377LB3C1000T | CTS-Frequency Controls | 377 | VCXO | 100MHz | LVDS | 3.3V |
| 377NB3C1000T | CTS-Frequency Controls | 377 | VCXO | 100MHz | LVDS | 2.5V |
| 377LB5I1250T | CTS-Frequency Controls | 377 | VCXO | 125MHz | LVDS | 3.3V |
| 377LB6C1250T | CTS-Frequency Controls | 377 | VCXO | 125MHz | LVDS | 3.3V |
| 377NB5I1250T | CTS-Frequency Controls | 377 | VCXO | 125MHz | LVDS | 2.5V |
| 377NB6C1250T | CTS-Frequency Controls | 377 | VCXO | 125MHz | LVDS | 2.5V |
| 377LB3I1000T | CTS-Frequency Controls | 377 | VCXO | 100MHz | LVDS | 3.3V |
| 377NB3I1000T | CTS-Frequency Controls | 377 | VCXO | 100MHz | LVDS | 2.5V |
| 377LB3C1250T | CTS-Frequency Controls | 377 | VCXO | 125MHz | LVDS | 3.3V |
| 377NB3C1250T | CTS-Frequency Controls | 377 | VCXO | 125MHz | LVDS | 2.5V |
| 377LB3I1250T | CTS-Frequency Controls | 377 | VCXO | 125MHz | LVDS | 3.3V |
| 377NB3I1250T | CTS-Frequency Controls | 377 | VCXO | 125MHz | LVDS | 2.5V |
| 377LB5C1536T | CTS-Frequency Controls | 377 | VCXO | 153.6MHz | LVDS | 3.3V |
| 377NB5C1536T | CTS-Frequency Controls | 377 | VCXO | 153.6MHz | LVDS | 2.5V |
| 377LB5I1536T | CTS-Frequency Controls | 377 | VCXO | 153.6MHz | LVDS | 3.3V |
| 377LB6C1536T | CTS-Frequency Controls | 377 | VCXO | 153.6MHz | LVDS | 3.3V |
| 377NB5I1536T | CTS-Frequency Controls | 377 | VCXO | 153.6MHz | LVDS | 2.5V |
| 377NB6C1536T | CTS-Frequency Controls | 377 | VCXO | 153.6MHz | LVDS | 2.5V |
| 377LB3C1536T | CTS-Frequency Controls | 377 | VCXO | 153.6MHz | LVDS | 3.3V |
| 377NB3C1536T | CTS-Frequency Controls | 377 | VCXO | 153.6MHz | LVDS | 2.5V |
| 377LB3C1555T | CTS-Frequency Controls | 377 | VCXO | 155.52MHz | LVDS | 3.3V |
| 377LB3C1562T | CTS-Frequency Controls | 377 | VCXO | 156.25MHz | LVDS | 3.3V |
| 377NB3C1555T | CTS-Frequency Controls | 377 | VCXO | 155.52MHz | LVDS | 2.5V |
| 377NB3C1562T | CTS-Frequency Controls | 377 | VCXO | 156.25MHz | LVDS | 2.5V |
| 377LB5C1555T | CTS-Frequency Controls | 377 | VCXO | 155.52MHz | LVDS | 3.3V |
| 377NB5C1555T | CTS-Frequency Controls | 377 | VCXO | 155.52MHz | LVDS | 2.5V |
| 377LB3I1536T | CTS-Frequency Controls | 377 | VCXO | 153.6MHz | LVDS | 3.3V |
| 377NB3I1536T | CTS-Frequency Controls | 377 | VCXO | 153.6MHz | LVDS | 2.5V |
| 377LB3I1555T | CTS-Frequency Controls | 377 | VCXO | 155.52MHz | LVDS | 3.3V |
| 377LB3I1562T | CTS-Frequency Controls | 377 | VCXO | 156.25MHz | LVDS | 3.3V |
| 377NB3I1555T | CTS-Frequency Controls | 377 | VCXO | 155.52MHz | LVDS | 2.5V |
| 377NB3I1562T | CTS-Frequency Controls | 377 | VCXO | 156.25MHz | LVDS | 2.5V |
| 377LB5I1555T | CTS-Frequency Controls | 377 | VCXO | 155.52MHz | LVDS | 3.3V |
| 377LB6C1555T | CTS-Frequency Controls | 377 | VCXO | 155.52MHz | LVDS | 3.3V |
| 377NB5I1555T | CTS-Frequency Controls | 377 | VCXO | 155.52MHz | LVDS | 2.5V |
| 377NB6C1555T | CTS-Frequency Controls | 377 | VCXO | 155.52MHz | LVDS | 2.5V |
| 377LB5C1562T | CTS-Frequency Controls | 377 | VCXO | 156.25MHz | LVDS | 3.3V |
| 377NB5C1562T | CTS-Frequency Controls | 377 | VCXO | 156.25MHz | LVDS | 2.5V |
| 377LB5I1562T | CTS-Frequency Controls | 377 | VCXO | 156.25MHz | LVDS | 3.3V |
| 377LB6C1562T | CTS-Frequency Controls | 377 | VCXO | 156.25MHz | LVDS | 3.3V |
| 377NB5I1562T | CTS-Frequency Controls | 377 | VCXO | 156.25MHz | LVDS | 2.5V |
| 377NB6C1562T | CTS-Frequency Controls | 377 | VCXO | 156.25MHz | LVDS | 2.5V |
| 377LB3C1660T | CTS-Frequency Controls | 377 | VCXO | 166MHz | LVDS | 3.3V |
| 377NB3C1660T | CTS-Frequency Controls | 377 | VCXO | 166MHz | LVDS | 2.5V |
| 377LB5C1660T | CTS-Frequency Controls | 377 | VCXO | 166MHz | LVDS | 3.3V |
| 377NB5C1660T | CTS-Frequency Controls | 377 | VCXO | 166MHz | LVDS | 2.5V |
| 377LB3I1660T | CTS-Frequency Controls | 377 | VCXO | 166MHz | LVDS | 3.3V |
| 377NB3I1660T | CTS-Frequency Controls | 377 | VCXO | 166MHz | LVDS | 2.5V |
深圳市亿金电子有限公司 SHENZHEN YIJIN ELECTRONICS CO;LTD
联系人黄娜：18924600166
工作QQ:857950243
贸易通：yijindz2014
座机：0755-27876565
邮箱:yijindz@163.com
网址：
微信：yijindz，公众号：NDKcrystal
地址：广东省深圳市宝安区107国道旁甲岸路
跟此产品相关的产品 / Related Products
- UJ2600007Z,智能手机晶振,台产DIODES晶振,低相位抖动晶振,UJ晶体,削峰正弦波晶振
- UJ2600007Z是一款台产的DIODES晶振，专为智能手机量身打造，属于UJ晶体系列。作为低相位抖动的削峰正弦波晶振，它为智能手机的稳定运行提供了精准的时钟信号，是保障手机各项功能高效运作的关键元件。这款晶振采用先进的制造工艺，选用高品质材料，确保在 - 20℃至 + 70℃的工作温度范围内，能将相位抖动控制在极低水平，展现出卓越的频率稳定性。其削峰正弦波输出特性，不仅降低了谐波干扰，还优化了信号质量，为手机的射频模块、处理器及其他关键组件提供纯净、稳定的时钟基准。在智能手机中，无论是高速的数据传输、流畅的多媒体播放，还是精准的定位导航，UJ2600007Z都凭借其稳定的性能，确保各个功能模块之间的精确协同工作，提升用户体验。
- 台产石英晶振,光纤通道晶振,FD0810003晶振,Diodes振荡器,FD贴片晶体
- FD0810003台产Diodes晶振，凭借其在光纤通道领域的卓越表现，成为光纤通信系统中的关键组件。它基于先进的石英制造工艺，确保了在 - 40℃至 + 85℃的宽温度范围内，具备出色的频率稳定性，能将频率偏差严格控制在极小范围，为光纤通道设备提供可靠的时钟基准。作为FD贴片晶体，其封装形式不仅实现了体积的小型化，便于在光纤通信设备的电路板上进行高密度安装，适应设备小型化、集成化的发展趋势，还优化了散热性能和电气性能，提升了晶振在不同工作条件下的稳定性和抗干扰能力。
- 亚陶5032晶振,台产SQ晶振,HCSL输出晶振,SQF620001差分晶振,服务器晶振
- SQF620001作为台产亚陶的5032晶振，凭借其紧凑的5032封装，完美适配服务器内部高密度的电路板布局。这种封装不仅节省空间，还具备良好的散热与机械稳定性，确保晶振在服务器长时间运行产生的高温与振动环境中，依旧能保持稳定性能。其HCSL输出特性，使该晶振在服务器复杂电磁环境下优势尽显。HCSL差分输出通过传输一对相位相反的信号，极大地增强了抗干扰能力，有效抑制共模干扰，保障时钟信号在服务器内部长距离传输时的准确性与完整性。这对于服务器内CPU、内存、存储设备及网络接口等组件间的高速数据交互尤为关键，确保数据传输的精准无误。
晶振系列
日本进口晶振
- 京瓷晶振
- 精工晶振
- 西铁城晶振
- 村田晶振
- 大河晶振
- KDS Quartz crystal
- NDK Quartz crystal
- EPSON Quartz crystal
- 富士晶振
- NAKA晶振
- SMI晶振
- NJR晶振
台产晶振
欧美晶振
- CTS晶振
- 微晶晶振
- 瑞康晶振
- 康纳温菲尔德晶振
- 高利奇晶振
- Jauch晶振
- AbraconCrystal晶振
- 维管晶振
- ECScrystal晶振
- 日蚀晶振
- 拉隆晶振
- 格林雷晶振
- SiTimeCrystal晶振
- IDTcrystal晶振
- PletronicsCrystal晶振
- StatekCrystal晶振
- AEK晶振
- AEL晶振
- Cardinal晶振
- Crystek晶振
- Euroquartz晶振
- 福克斯晶振
- Frequency晶振
- GEYER晶振
- ILSI晶振
- KVG晶振
- MMDCOMP晶振
- MtronPTI晶振
- QANTEK晶振
- QuartzCom晶振
- QuartzChnik晶振
- SUNTSU晶振
- Transko晶振
- WI2WI晶振
- 韩国三呢晶振
- ITTI晶振
- ACT晶振
- Milliren晶振
- Lihom晶振
- rubyquartz晶振
- Oscilent晶振
- SHINSUNG晶振
- PDI晶振
- C-TECH晶振
- IQD晶振
- Microchip晶振
- Silicon晶振
- Fortiming晶振
- CORE晶振
- NIPPON晶振
- NIC晶振
- QVS晶振
- Bomar晶振
- Bliley晶振
- GED晶振
- FILTRONETICS晶振
- STD晶振
- Q-Tech晶振
- Anderson晶振
- Wenzel晶振
- NEL晶振
- EM晶振
- PETERMANN晶振
- FCD-Tech晶振
- HEC晶振
- FMI晶振
- Macrobizes晶振
- AXTAL晶振
- 瑞萨renesas晶振
- Skyworks晶振
有源晶振
雾化片
贴片晶振
32.768K
- 32.768K有源晶振
- 8.0x3.8晶振
- 7.1x3.3晶振
- 7.0x1.5晶振
- 5.0x1.8晶振
- 4.1x1.5晶振
- 3.2x1.5晶振
- 2.0x1.2晶振
- 1.6x1.0晶振
- 1.2x1.0晶振
- 圆柱晶振
声表面滤波器
石英晶振
KDS晶振
爱普生晶振
- EPSON 32.768K晶振
- EPSON无源晶振
- EPSON普通有源晶振
- EPSON压控晶振
- EPSON温补晶振
- EPSON压控温补晶振
- EPSON恒温晶振
- EPSON差分晶振
- EPSON可编程晶振
亿金公众号
亿金微信号
